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  1. Democracy, economic development and low carbon energy
    when and why does democratization promote energy transition?
    Author: Clulow, Zeynep; Reiner, David M.
    Published: 12 January 2023
    Publisher:  University of Cambridge, Faculty of Economics, [Cambridge]

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    Verlag (kostenfrei)
    Resolving-System (kostenfrei)

    Location:
    ZBW - Leibniz-Informationszentrum Wirtschaft, Standort Kiel
    Signature:
    VSP 1362
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    Source: Union catalogues
    Language: English
    Media type: Book
    Format: Online
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    Series: Cambridge working paper in economics ; 2304
    EPRG working paper ; 2218
    Subjects: renewable energy; solar; wind; hydro; geothermal; nuclear; energy transition; decarbonization; democracy; electricity generation; energy mix; economic development
    Scope: 1 Online-Ressource (circa 28 Seiten), Illustrationen
  2. Swiss Electricity Supply and Demand in 2017 and 2050. Is the Swiss 2050 energy plan viable?
    Author: Mearns, Euan; Sornette, Didier
    Published: [2022]
    Publisher:  SSRN, [S.l.]

    The Swiss energy plan 2050 includes an increase of electricity consumption by 37% from the electrification of transport and heating, together with phasing out 2.9 GWe of nuclear power (about one-third of the nation's gross electricity generation) and... more

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    Helmut-Schmidt-Universität, Universität der Bundeswehr Hamburg, Universitätsbibliothek
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    Location:
    ZBW - Leibniz-Informationszentrum Wirtschaft, Standort Kiel
    Inter-library loan:
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    The Swiss energy plan 2050 includes an increase of electricity consumption by 37% from the electrification of transport and heating, together with phasing out 2.9 GWe of nuclear power (about one-third of the nation's gross electricity generation) and substituting this lost power mainly with solar PV. We examine to what extent this energy plan adds up in the spirit of the late David MacKay. We use the realised production of a recent year and develop and validate reconstructions of the Swiss grid in January and July 2017 with one-hour resolution and use these as a platform to simulate the Swiss grid in 2050, incorporating the main elements of the 2050 plan. We confirm that, in July 2050, when solar energy is abundant, Switzerland can be self-sufficient in electricity. Newly expanded pumped hydro storage may shift load from daytime solar peaks to nighttime deficit. Hydro and pumped hydro are displaced from current high value midday production to nighttime production when Swiss solar PV produces zero power. In January 2050, solar PV will produce negligible power leaving Switzerland starved of indigenous supply. There is no electricity surplus to charge storage that may therefore stand idle. We compute an import requirement equivalent to 69% of demand, or approximately 6.0 TWh just for January 2050. We quantify that surplus European wind power may meet this deficit for some of the time but during frequent pan-European lulls in the wind, it is not assured that Europe will have surplus power to export

     
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    Source: Union catalogues
    Language: English
    Media type: Book
    Format: Online
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    Series: Swiss Finance Institute Research Paper ; No. 22-56, 2022
    Subjects: Switzerland; energy transition; nuclear; solar; storage; viability; costs
    Scope: 1 Online-Ressource (38 p)
    Notes:

    Nach Informationen von SSRN wurde die ursprüngliche Fassung des Dokuments June 28, 2022 erstellt
  3. Spatio-temporal variation in peer effects
    the case of rooftop photovoltaic systems in Germany
    Author: Rode, Johannes; Müller, Sven
    Published: [2016]
    Publisher:  European Regional Science Association, [Louvain-la-Neuve]

    We study spatio-temporal variation of peer effects in rooftop photovoltaics adoption of households. Our investigation employs locational data on potential adopters and a geocoded data set of all grid-connected photovoltaic systems set up in Germany... more

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    Location:
    ZBW - Leibniz-Informationszentrum Wirtschaft, Standort Kiel
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    DSM 35
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    We study spatio-temporal variation of peer effects in rooftop photovoltaics adoption of households. Our investigation employs locational data on potential adopters and a geocoded data set of all grid-connected photovoltaic systems set up in Germany through 2010. The detailed locational data allows us to construct an individual measure of peer effects for each potential adopter across Germany. Based on a discrete choice model with panel data, our analysis reveals that peer effects are mostly localized within a range of 0-0.2 km. Within this range they deflate slowly in a non-linear manner. We also find that the peer effect decreases over time.

     
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    Source: Union catalogues
    Language: English
    Media type: Book
    Format: Online
    Other identifier:
    hdl: 10419/174663
    Series: Cities & regions : smart, sustainable, inclusive? : European Regional Science Association Congress 2016 : 56th Congress : 23-26 August 2016, Vienna, Austria
    Subjects: Peer effects; installed base; discrete choice; technology adoption,technology diffusion; imitation; photovoltaics; solar; Germany
    Scope: 1 Online-Ressource (circa 55 Seiten), Illustrationen